 ... seconds to the ground state giving off its excess energy in one way or another. Life has learned to catch the electron in the excited state, uncouple it from its partner and let it drop back to the ground state through...  Biological Thermodynamics - Page 34by Donald T. Haynie - 2008 - 422 pagesLimited preview - About this book
 | Alan L. Mackay - Science - 1991 - 312 pages
...entropy is the radiation of the sun. When a photon interacts with a material particle on our globe it lifts one electron from an electron pair to a higher level. This excited state as a rule has but a short lifetime and the electron drops back within 10~7 to 10~8 seconds to the ground... | |
 | Mae-Wan Ho - Science - 1998 - 308 pages
...entropy is the radiation of the sun. When a photon interacts with a material particle on our globe it lifts one electron from an electron pair to a higher level. This excited state as a rule has but a short lifetime and the electron drops back within 10~7 to 10~8 seconds to the ground... | |
 | H.T. Tien †, A. Ottova-Leitmannova - Technology & Engineering - 2000 - 648 pages
...entropy is the radiation of the sun. When a photon interacts with a material particle on our globe it lifts one electron from an electron pair to a higher level. This excited state as a rule has but a short lifetime and the electron drops back within 10"7 to 10"8 sec to the ground... | |
 | Eric D. Schneider, Dorion Sagan - Science - 2005 - 382 pages
...Albert von Nagyrapolt Szent-Gyorgyi (1961, 7) explains how living matter engages electromagnetic energy, how it lifts one electron from an electron pair to...short lifetime, and the electron drops back within io~7 to io~8 seconds to ground state giving off its energy in one way another. Life has learned to... | |
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